Battery Recharge Cost in Idaho
Battery recharge cost depends on battery size and your local electricity price. Below are estimates for Idaho based on the average residential rate. Data comes from EIA.
Electricity rate
11.74 ¢/kWh
1 kWh recharge
$0.12
5 kWh recharge
$0.59
13.5 kWh recharge
$1.58
Recharge Scenarios
| Battery size | Baseline recharge cost | Recharge cost with 10% charging losses |
|---|---|---|
| 1 kWh | $0.12 | $0.13 |
| 5 kWh | $0.59 | $0.65 |
| 13.5 kWh | $1.58 | $1.76 |
13.5 kWh Recharge vs National Average
13.5 kWh in Idaho
$1.58
13.5 kWh nationally
$2.37
Difference
$-0.79 (-33.2%)
This page estimates the electricity cost to recharge a battery. It does not review products, battery chemistry, installation, or total ownership cost.
Recharge Cost by Battery Size
More Data & Comparisons
- Compare battery recharge cost with generator operating cost in Idaho.
- Electricity cost in Idaho — Rates, value score, affordability
- Electricity cost calculator for Idaho — Usage-based estimates
- Average electricity bill in Idaho — Monthly and annual bill estimates
- Full Idaho knowledge page — Rates, value score, affordability, trends
- All states battery recharge cost
Related electricity pages
Frequently Asked Questions
- How much does it cost to recharge a 13.5 kWh home battery in Idaho?
- At the average rate of 11.74¢/kWh, recharging a 13.5 kWh home battery costs approximately $1.58 (baseline) or about $1.76 with 10% charging losses.
- How much does it cost to recharge a 5 kWh backup battery in Idaho?
- At the average rate of 11.74¢/kWh, recharging a 5 kWh backup battery costs approximately $0.59 (baseline) or about $0.65 with 10% charging losses.
- Why does battery recharge cost vary by state?
- Electricity prices vary significantly by state due to generation mix, transmission costs, regulations, and demand. Higher state rates mean higher recharge costs for the same battery capacity.
- Does charging efficiency affect battery recharge cost?
- Yes. Real-world charging typically has 5–15% losses (inverter, heat, etc.). At 90% efficiency, you draw about 11% more electricity from the grid than the battery stores. Our efficiency-adjusted estimates use a 90% charging efficiency factor.